国家/地区 美国（4） 中国（2）
IPC部 C（5）
IPC大类 C12（5） B82（4） G01（4）
IPC小类 C12Q（5）
IPC C12Q001/68（5） B82Y005/00（4） G01N033/487（4）
G01N027/62（3）
发明人 PENG H（5）
公开年 2013（2） 2017（2）
申请年 2012（2） 
专利权人 INT BUSINESS.（4） PENG H（2） STOLOVITZKY .（2） ZHU W（2）

Electrically differentiating bases comprises providing a reservoir structure comprising a nanopore which is formed through the membrane having a graphene layer and using transistor current flowing through the graphene transistor.

PENG H, STOLOVITZKY G A, ZHU W

Detecting sulfonated graphene useful for distinguishing between single base mismatched DNA and target DNA strand by adding e.g. target DNA to trisaminomethane-hydrochloric acid buffer, reacting and measuring e.g. fluorescence intensity.

CHEN W, WANG Y, DENG H, PENG H, LIN X

Method useful for biomolecular sensing and DNA sequencing involves configuring reservoir with membrane having nanopore; filling nanopore and reservoir with ionic buffer; forming graphene transistor to pass current though nanopores.

PENG H, STOLOVITZKY G A, ZHU W

Nanodevice i.e. graphene nanopore transistor device, for identifying and differentiating biomolecules in e.g. DNA sequencing application, has graphene layer wired to metal pads to form transistor in which transistor current is modulated.

PENG H, STOLOVITZKY G A, ZHU W

Electrically differentiating/identifying bases/biomolecules in nanopore, by filling reservoir and nanopore formed through membrane including e.g. graphene layer with ionic buffer, where layer is wired to metal pads to form transistor.

PENG H, STOLOVITZKY G A, ZHU W, STOROVITZKI G A